Step by Step Design & Calculation of Plumbing system-Part1/2

Based on the detailed curriculum provided, this course seems to cover a comprehensive range of topics related to the design and calculations of water supply systems, with a focus on high-rise buildings and green building practices. Here's a breakdown of what you can expect from each section and how you can prepare for the skill development exercises and quizzes:

1. Design Considerations for pipe sizing: You'll learn about the factors that affect the selection of appropriate pipe sizes, including pressure loss calculations, velocity limits, and hydraulic gradients.

2. Six quick steps to design water supply pipes: This will likely cover a step-by-step process for designing the network of pipes for both cold and hot water, including riser piping and sizing considerations.

3. Riser pipe Sizing, Gray & Hot Water pipe sizing: You'll learn how to calculate the necessary pipe sizes based on the number of fixtures and peak flows expected in the building.

4. Sizing of Pumping main, Transfer Pump sizing: This section will guide you through determining the correct size and type of pumps needed for a water supply system, including considerations for transfer pumps.

5. Design & Calculations of Hydropneumatic Systems: Here you'll learn about the various types of booster pumps, the design of pressure vessels (drawdown tanks), and the sizing of these components to ensure consistent water supply pressure.

6. Design & Calculations Hot Water Systems: This will cover the different types of hot water heaters, their selection and sizing, as well as the design of centralized systems and the problems that can arise without proper recirculation systems.

7. Design & Calculations for High Rise Buildings: This section will focus on the unique challenges associated with high-rise buildings, including strategies for designing a water supply system, pressure management, and the role of pressure reducing valves (PRVs) in protecting the infrastructure and inhabitants from high water pressures.

8. Plumbing Design for Green Buildings: This final section will address the environmental impacts of buildings, introduce the concept of green buildings, and delve into the specifics of designing water-efficient systems that comply with rating systems like LEED. You'll learn strategies for reducing both indoor and outdoor water use.

Throughout the course, you'll have access to skill development exercises and quizzes that will help reinforce your understanding of the concepts taught in each section. Additionally, the course offers lifetime access to updates, fast support in the Q&A section, and a certificate upon completion.

To prepare for this course, it would be beneficial to have a foundational understanding of plumbing systems, fluid dynamics, and possibly some experience with engineering software used for hydraulic calculations. Additionally, familiarizing yourself with relevant codes and standards (like ASHRAE or local regulations) will be advantageous as these often influence design decisions.

Remember to take notes, actively participate in the discussions, and practice the steps and calculations provided in the exercises to get the most out of this course. Good luck!